生物資訊及系統生物研究所

Keyphrases

1. MicroRNA 92%
2. Electroencephalography 76%
3. Brain-computer Interface 55%
4. Evolutionary Algorithms 53%
5. Steady-state Visual Evoked Potential (SSVEP) 43%
6. Support Vector Machine 39%
7. Molecular Dynamics Simulation 34%
8. Protein-protein Interaction 32%
9. COVID-19 32%
10. Substrate Motif 31%
11. Genetic Algorithm 30%
12. Phosphorylation Sites 27%
13. Taiwan 26%
14. Machine Learning Techniques 26%
15. Amino Acid Composition 26%
16. Gene Regulatory Network 26%
17. Antimicrobial Peptides 26%
18. Post-translational Modification 25%
19. Physicochemical Properties 25%
20. All-atom Molecular Dynamics Simulation 24%
21. Intelligent Genetic Algorithm 24%
22. Brain-computer Interface Systems 23%
23. Response Inhibition 22%
24. Amino Acids 22%
25. Predictive Models 21%
26. In Cancer 21%
27. Deep Learning 21%
28. Complete Mitochondrial Genome 21%
29. Virus 20%
30. Evolutionary 20%
31. Gene Signature 20%
32. Oral Tongue Squamous Cell Carcinoma (OTSCC) 20%
33. Biological Function 20%
34. Electroencephalogram 20%
35. Breast Cancer 19%
36. Computational Framework 19%
37. E3 Ligase 19%
38. Chronic Kidney Disease 19%
39. Prognostic Biomarker 18%
40. Adaptive mutation 18%
41. Chondrichthyes 18%
42. Methionine Residue 18%
43. Fluctuational Electrodynamics 18%
44. MicroRNA Signature 18%
45. Prediction Accuracy 17%
46. Chromatin Immunoprecipitation (ChIP) 17%
47. Classification Accuracy 17%
48. RNA Sequencing (RNA-seq) 17%
49. Gene Expression 17%
50. Tumor 17%
51. Maximal Dependence Decomposition 17%
52. Biological Processes 17%
53. Feature Extraction 16%
54. Web Server 16%
55. Head-and-neck Squamous Cell Carcinoma (HNSCC) 16%
56. Web Tool 16%
57. Statistical Learning 15%
58. Independent Testing 15%
59. Adaptation Rules 15%
60. Actin Filaments 15%
61. Optimization Problem 15%
62. Evolutionary Approach 15%
63. Active Sites 15%
64. NS2B-NS3 Protease 15%
65. Inhibitory Control 15%
66. Dipeptide 15%
67. Cancer Types 15%
68. Potential-based 15%
69. Interface Performance 15%
70. Attention Deficit Hyperactivity Disorder 15%
71. Prediction Tool 15%
72. Lamnidae 15%
73. Active Tuberculosis 15%
74. Functional Networks 15%
75. Database Update 15%
76. Dengue Virus 15%
77. Prediction Model 15%
78. Wireless 14%
79. Vertebrates 14%
80. Transcription Factor 14%
81. Next-generation Sequencing 14%
82. Cellulose 14%
83. Protein-coding Genes 14%
84. Kinase-specific Phosphorylation 14%
85. Mitochondrial Genes 14%
86. Protein-protein Interaction Network 13%
87. Survival Time 13%
88. Transcriptome 13%
89. Freely Available 13%
90. Taiwanese 13%
91. Granulocyte Colony-stimulating Factor (G-CSF) 13%
92. Protein Function 13%
93. Phosphorylation 13%
94. Substrate Specificity 13%
95. Hydrogen Peroxide 13%
96. Site-based 13%
97. Motor Imagery 13%
98. Prostate Cancer 12%
99. Pharmacophore 12%
100. Binding Site 12%

Biochemistry, Genetics and Molecular Biology

1. MicroRNA 100%
2. Support Vector Machine 61%
3. Amino Acids 49%
4. Genomics 46%
5. Phosphotransferase 46%
6. Kinase 46%
7. Gene Expression 42%
8. Evolution 41%
9. Posttranslational Modification 39%
10. Computer Simulation 38%
11. Lysine 37%
12. Antimicrobial Peptides 32%
13. Promoter Region 30%
14. Enzyme 30%
15. Transcriptome 28%
16. Protein-Protein Interaction 28%
17. Binding Site 27%
18. Ubiquitination 26%
19. Amino Acid Composition 26%
20. Proteomics 26%
21. Dynamics 25%
22. Cancer Cell 24%
23. Mitochondrial Genome 24%
24. Peptide Sequence 23%
25. RNA 23%
26. Regulatory Network 22%
27. Bioinformatics 22%
28. Biological Functions 21%
29. Anticancer 21%
30. Biological Phenomena and Functions Concerning the Entire Organism 20%
31. Histone 19%
32. Transcription Factors 19%
33. Gene Signature 18%
34. Holocephali 18%
35. DNA Methylation 17%
36. Actin 17%
37. Protein Structure 17%
38. Messenger RNA 16%
39. RNA Sequencing 15%
40. Feature Extraction 15%
41. Cellulose 15%
42. Evolutionary Algorithms 15%
43. Next Generation Sequencing 14%
44. Ubiquitin Ligase 14%
45. Allosteric Regulation 14%
46. Transfer RNA 14%
47. Conformation 14%
48. Carcinogenesis 14%
49. Binding Protein 14%
50. Protein Complexes 14%
51. Tamsulosin 14%
52. Methylation 14%
53. DNA Template 13%
54. Rigidity 13%
55. Protein Kinases 13%
56. Random Forest 13%
57. RNA Sequence 13%
58. Mass Spectrometry 13%
59. Long Non-Coding RNA 13%
60. Solution and Solubility 12%
61. Regulatory Sequence 12%
62. Enzyme Specificity 12%
63. Overall Survival 12%
64. Cysteine 12%
65. Survival Time 12%
66. Pan-cancer 12%
67. Gene Regulatory Network 11%
68. RNA Gene 11%
69. Exonuclease 11%
70. Conformational Change 11%
71. Proteome 11%
72. Hidden Markov Model 11%
73. Programmed Cell Death 11%
74. Accessible Surface Area 11%
75. Metabolic Pathway 10%
76. Energy Transfer 10%
77. Dipeptide 10%
78. Ubiquitin 10%
79. Active Site 10%
80. Cell Migration 10%
81. Binding Affinity 10%
82. Protein-Protein Interaction Networks 10%
83. Escherichia coli 10%
84. Antibiotic Resistance 9%
85. Protein Function 9%
86. Long Noncoding RNA 9%
87. Cell Function 9%
88. Viral Protein 9%
89. SARS Coronavirus 9%
90. Protein Dynamics 9%
91. Mitochondrial Gene 9%
92. Candidate Gene 9%
93. Visual Evoked Potential 9%
94. Carboxylation 9%
95. Steady State 9%
96. Dihydrofolate Reductase 9%
97. Matrix-Assisted Laser Desorption/Ionization 9%
98. Drug Resistance 8%
99. Glucan 8%
100. Precursor 8%